J.W.
Well-Known Member
Yes, I know all about ATP and have researched it on animals as well as plants,which includes the use of sugars and citric acid(krebs cycle) to produce ATP, or energy. This guy explained ATP and cellular respiration VERY well, and I have watched all seven parts, over an hour long explanation:Do you know what ATP is?
Do you know when ATP is created?
It is only created during photosynthesis... without ATP the plant cannot produce sufficient buddage. Once the lights go down the plant needs to conserve what ATP it has made into surviving till the lights come back on and more ATP can be manufactured. So how does the lights going down save energy? they don't, the plant is constantly losing it. Only when the lights are on can the plant build sufficient energy to last it through any dark period.
It's the light period that releases different hormones. During lights on, cytokinins are more active, lights out auxins are more active. Cell division and cell elongation, respectively.
http://www.youtube.com/watch?v=WxQeKBHAdn8&feature=related
By the way, when I mentioned saving energy, I was not talking about plant energy, I was talking about electrical energy. And ATP is NOT only produced during photosynthesis -- actually photosynthesis has little to do with ATP production. Glucose(sugars), oxygen, carbon and carbohydrates, and citric acid are used to release energy in the form of ATP(cellular respiration). The only thing photosynthesis has to do with ATP is that it is during photosynthesis that the glucose is manufactured for use. This store of glucose is used in conjunction with all the other factors I stated above, and in plants, more ATP is actually used during the dark cycle, after photosynthesizing and producing sugars and stored ATP during the light cycle.
And as far as that dark cycle at the end of flowering goes, the plant has already produced the "sufficient buddage", or bud weight by this time, and the main focus of this part of the plant's reproductive cycle now is to get pollinated, so it will focus this energy on converting sugars to trichomes as the pistils draw into the calyxes.
Again, I'm not trying to get into a wang-measuring contest here, I was simply pointing out the things I did and didn't agree with in your posts. The whole point here is to share our experiences and opinions, and mine are all based on research. I'll put my tape measure away if you put yours away.
J Dub